Connecting the Dots: Network Science and Spatial Analytics Applications

Overview

Discover how network science and spatial analytics intersect to reveal hidden patterns in data, from pop culture analysis to urban planning, using Python-based tools for practical applications and decision-making.

Syllabus

• Introduction to Network Science and Spatial Analytics
Overview of network science principles
Introduction to spatial analytics concepts
Real-world applications and case studies
• Tools & Frameworks
Python libraries for network analysis: NetworkX
Python libraries for spatial analytics: GeoPandas, Shapely
Data visualization tools: Matplotlib, Plotly
• Fundamental Concepts of Network Science
Graph theory basics: nodes, edges, and properties
Types of networks: social, biological, technological
Network metrics: degree, centrality, clustering
• Spatial Data and Analytics
Types of spatial data: vector vs. raster
Geospatial data formats and sources
Spatial statistical techniques and patterns
• Integration of Network Science and Spatial Analytics
Spatial networks: concepts and examples
Analyzing geographic networks
Measuring and visualizing spatial interactions
• Application 1: Pop Culture and Media Analysis
Identifying patterns in social media networks
Mapping cultural trends and diffusion
Case study: Viral marketing and influence mapping
• Application 2: Urban Planning and Infrastructure
Network analysis for transportation systems
Spatial analytics for urban growth modeling
Case study: Smart city planning and resource management
• Practical Sessions and Workshops
Hands-on session with network science tools
Spatial analytics project using Python
Developing a comprehensive case study project
• Decision Making with Network and Spatial Insights
Translating analytical results into actionable insights
Impact assessment and policy decision support
Future trends and emerging technologies in network and spatial analytics
• Capstone Project
Integrating network science and spatial analytics in a comprehensive analysis
Collaborating on project-focused groups
Presentation and peer review of project outcomes
• Course Summary and Further Resources
Recap of key concepts and techniques
Resources for further learning
Q&A and feedback session

Subjects

Data Science